100 Years of Earth System Model Development
Randall, D; Bitz, C; Danabasoglu, G; et al.Denning, S; Gent, P; Gettelman, A; Griffies, S; Lynch, P; Morrison, H; Pincus, R; Thuburn, J
Date: 14 March 2019
Journal
AMS Meteorological Monographs
Publisher
American Meteorological Society
Publisher DOI
Abstract
Today’s global Earth System Models began as simple regional models of tropospheric weather systems. Over the past century, the physical realism of the models has steadily increased, while the scope of the models has broadened to include the global troposphere and stratosphere, the ocean, the vegetated land surface, and terrestrial ice ...
Today’s global Earth System Models began as simple regional models of tropospheric weather systems. Over the past century, the physical realism of the models has steadily increased, while the scope of the models has broadened to include the global troposphere and stratosphere, the ocean, the vegetated land surface, and terrestrial ice sheets. This chapter gives an approximately chronological account of the many and profound conceptual and technological advances that made today’s models possible. For brevity, we omit any discussion of the roles of chemistry and biogeochemistry, and terrestrial ice sheets.
Mathematics and Statistics
Faculty of Environment, Science and Economy
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